immune system
• mutants exhibit higher proliferation in response to stimulation with the priming antigen MOG, but show normal responses to KLH
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• splenocytes from mutants stimulated with a MOG(35-55) peptide mount a stronger Th1 response than wild-type mice
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• mutants immunized with a MOG(35-55) peptide to induce EAE exhibit an increase in GM-CSF production from spleen cells
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• mutants immunized with a MOG(35-55) peptide to induce EAE exhibit an increase in IL-2 production from spleen cells
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• mutants immunized with a MOG(35-55) peptide to induce EAE exhibit an increase in IL-6 production from spleen cells
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• adaptive transfer of MOG(35-55) specific T cells from mutants into wild-type recipients results in the development of a more severe experimental autoimmune encephalomyelitis (EAE) relative to wild-type
• mice have greater encephalogenic potential than wild-type mice
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hematopoietic system
• mutants exhibit higher proliferation in response to stimulation with the priming antigen MOG, but show normal responses to KLH
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• splenocytes from mutants stimulated with a MOG(35-55) peptide mount a stronger Th1 response than wild-type mice
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cellular
• mutants exhibit higher proliferation in response to stimulation with the priming antigen MOG, but show normal responses to KLH
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